kyleburton

#!/usr/bin/env bash

set -eEu -o pipefail
# set -x

WORKSPACES="project-web project-admin cider-scratchpad lambda-handler api-tests terraform project-web-tests project-admin-tests"
COMMANDS="urls reset gist shutdown stop workspaces commands all"

function workspace-name-for-abbreviation {
  case "$1" in

kyleburton

#!/usr/bin/env bash

set -eEu -o pipefail
# set -x

WORKSPACES="project-web project-admin cider-scratchpad lambda-handler api-tests terraform cypress-web cypress-admin"
COMMANDS="urls reset gist shutdown stop workspaces commands all"

function workspace-name-for-abbreviation {
  case "$1" in

kyleburton

public class Test {
    public static String evenOrOdd(int val) {
        if (0 == (val % 2)) {
            return "even";
        }
        return "odd";
    }
    public static String evenOrOdd(long val) {
        if (0 == (val % 2)) {
            return "even";

kyleburton

/*
 * Don't cheat!
 *
 * javac Foo.java && java Foo
 *
 */
public class Foo {
    public static void main (String [] args) {

        System.out.println("option1\n\n");

kyleburton

Set WshShell = CreateObject("WScript.Shell")
MsgBox ConvertToKey(WshShell.RegRead("HKLM\SOFTWARE\Microsoft\Windows NT\CurrentVersion\DigitalProductId"))

Function ConvertToKey(Key)
Const KeyOffset = 52
i = 28
Chars = "BCDFGHJKMPQRTVWXY2346789"
Do

kyleburton

// =countbackgrounds("C2:K2","#00ff00")
/*

it's a bit of a hack to send in the cell range as a string, though it works when calling getRange:

    SpreadsheetApp.getActiveSpreadsheet().getRange(range)

This also means you can't "fill down" to have the ranges updated to match your sheet, so hack number two genreates
the formulas so you can copy/paste them into the sheet:

kyleburton

(let [chars (->
             "01000010 01000101 01000101 01010010"
             (.split " ")
             vec)
      nums  (mapv #(Integer/parseInt % 2)
                  chars)]
  (mapv #(-> % char str) nums))

kyleburton

Philosophical:
* writing lines of code is one of the least valuable things I can do
* cultivate your impatience
* reject the status quo, unless we can re-derive it from first-principles 
* engineers imprint on the first languages (techniuqes, frameworks or technology) that we find success with (unconsciously seen as caregivers, which we defend w/o always knowing why)
  * we tend to overvalue the familiar/known; we tend to undervalue the unfamiliar/unknown, this interferes with our receptiveness to new ideas and personal growth
* we're 90% composed of bad habits; many of our best habits become bad as time passes; this allows us to filter for the fundamental; the great
* make doing the right thing easier than any other thing, or we will fail to achieve greatness, or break bad habits
* be conscious, be intentional 
* "is this the highest we can aim?" (I prefer this over "is this the best we can do", the former is aspirational, the latter is judgemental)

kyleburton

$meats = %w[fajita-veggie carnitas barbacoa chicken steak]
$rices = ['no-rice', 'white rice', 'brown rice']
$salsas = ['mild salsa', 'medium salsa', 'salsa roja']
$toppings = %w[sour-cream guacamole lettuce cheese]

def gen
  ingredients = []
  base = $meats[rand($meats.size)] + ' burrito with '
  ingredients << $rices[rand($meats.size-1)]
  if rand < 0.9

kyleburton

;; condition free fizz-buzz solution, based on code from [email protected] to the clojure list
;; uses infinite, lazy-sequences
 
(let [three (cycle [nil nil "fizz"])
      five  (cycle [nil nil nil nil "buzz"])]
  (defn fizz-buzz []
    (map vector (iterate inc 1) three five)))
 
(doseq [tuple (take 30 (fizz-buzz))]
  (println (apply str (interpose " " (filter identity tuple)))))